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Microsoft Certified Azure Solutions Architect Expert Bootcamp

Master the Azure Solutions Architect Expert Certification  Elevate your career to the next level with our Azure…

Master the Azure Solutions Architect Expert Certification 

Elevate your career to the next level with our Azure Solutions Architect Expert Bootcamp. This program is meticulously designed to offer hands-on expertise and prepare you for the Microsoft Certified: Azure Solutions Architect Expert certification. Whether you prefer the vibrant learning environment of Chennai or the convenience of online training, our bootcamp provides a comprehensive curriculum tailored to ensure your success in the real world.

Design identity, governance, and monitoring solutions (25–30%)

Design a solution for logging and monitoring

  • Create a solution for log routing.
  •  Suggest a suitable amount of logging.
  • Suggest monitoring instruments as a remedy.

Design authentication and authorization solutions

  •  Suggest a method for using role-based access control to secure resources.
  • Suggest a solution for identity management.
  • Make an identity security solution recommendation.

Design governance

  •  Suggest a hierarchical and organized framework for Azure resources.
  •  Make a suggestion for a way to audit and enforce compliance.

Design identities and access for applications

  •  Make suggestions on ways to enable apps to use Azure resources.
  •  Suggest an approach for safely storing secrets and passwords.
  • Provide a suggestion for how to integrate apps with Microsoft Azure Active Directory (Azure
  • AD), a component of Microsoft Entra 
  •  Suggest an application user consent solution

 Design data storage solutions (25–30%)

Design a data storage solution for relational data

  • Suggest a solution for database scalability; 
  •  Suggest a solution for database service tier scaling; 
  • Suggest a method for encrypting data while it’s in use, in transit, and at rest.

 Design data integration

  •  Suggest a data integration solution.
  • Make a data analysis solution recommendation.

Recommend a data storage solution

  •  Suggest a method for relational data storage.
  • Suggest a way to store semistructured data.
  • Suggest a method for keeping non-related data stored.

Design a data storage solution for non-relational data

  •  Suggest data storage access control options.
  •  Suggest a data storage option that strikes a balance between price, performance, and features.
  • Create a data solution that is durable and protected.

 Design business continuity solutions (10–15%)

Design a solution for backup and disaster recovery

  •  Suggest a recovery option that satisfies requirements for workloads on-premises, hybrid, and Azure.recovery goals, including Recovery Level Goal (RLO), Recovery Time Objective (RTO), and Recovery Point Goal ([RPO])
  •  Provide a backup and recovery solution for computing;
  • Recognize recovery solutions for containers;
  • Suggest a database backup and recovery solution.
  • Suggest an unstructured data backup and recovery solution.

Design for high availability

  •  Identify the availability requirements of Azure resources
  • Recommend a high availability solution for compute
  • Recommend a high availability solution for non-relational data storage
  •  Recommend a high availability solution for relational data storage

Design infrastructure solutions (25–30%)

Design a compute solution

  • Suggest a computational solution based on virtual machines.
  •  In light of workload needs, suggest a compute solution of a suitable scale.
  •  Suggest using a computational solution based on containers.
  • Suggest a serverless computing solution.

Design an application architecture

  • Suggest an application caching solution.
  •  Suggest a communication architecture
  •  Suggest an automated application deployment solution; • Advocate for an event-driven architecture
  •  Suggest a solution for application configuration management.
  •  Suggest an API integration solution.

Design migrations

  • Assess a migration strategy that makes use of Azure’s Cloud Adoption Framework.
  •  Evaluate and understand data, servers, and applications that are on-premises for migration.
  • Provide advice on how to migrate virtual machines and apps.
  • Suggest a method for database migration.
  • Suggest a method for moving unstructured data.

 Design network solutions

  •  Recommend a network architecture solution based on workload requirements
  •  Recommend a connectivity solution that connects Azure resources to the internet
  •  Recommend a connectivity solution that connects Azure resources to on-premises networks
  •  Optimize network performance for applications
  •  Recommend a solution to optimize network security
  •  Recommend a load balancing and routing solution

What Will You Learn?

  • Designing Complex Azure Architectures: Apply your knowledge by developing sophisticated Azure-based architectures.
  • Developing and Deploying Enterprise-Grade Solutions: Work on deploying high-performance, scalable Azure solutions.
  • Proactive Resource Management: Acquire the skills necessary to effectively monitor and manage Azure resources.
  • Optimization and Troubleshooting: Sharpen your skills in optimizing and troubleshooting large-scale Azure environments.

Course Curriculum

In-Depth Curriculum to Master Azure Architecture

  • Azure’s Architecture Fundamental Concepts
  • Azure’s Advanced Infrastructure & Deployment Strategies
  • Azure’s Comprehensive Data and Storage Management
  • Azure’s Robust Security and Identity Solutions